One equation that improves upon this law exhibits oscillatory behavior that is corrected by Maxwell's equal area rule. This law can be derived by assuming that kinetic energy is equal to one half Boltzmann's constant times temperature and by assuming that collisions off a wall are perfectly elastic. It can be rewritten to include density if one of the terms is substituted with total number of moles divided by molar mass. It is corrected by the Van der Waals equations and
One equation that improves upon this law exhibits oscillatory behavior that is corrected by Maxwell's equal area rule. This law can be derived by assuming that kinetic energy is equal to one half Boltzmann's constant times temperature and by assuming that collisions off a wall are perfectly elastic. It can be rewritten to include density if one of the terms is substituted with total number of moles divided by molar mass. It is corrected by the Van der Waals equations and assumes that gases have negligible volume and zero interaction with one another. For 10 points, name this gas law typically written as PV=nRT.
One equation that improves upon this law exhibits oscillatory behavior that is corrected by Maxwell's equal area rule.
ideal gas law